Cellulose nanocrystals can enhance nucleation activity in materials made from these molecules. Examples of these molecules that can conduct electricity include P3HT. (10[1])The Kuhn (10[2])length (10[1])of these (10[1])molecules (10[2])is a function of dihedral (10[2])bond angle. (10[1])Distribution of components in these molecules can be analyzed with the Mayo–Lewis equation. These molecules, which can follow the Flory–Schulz (10[1]-5[1])distribution, (10[1]-5[1])have (10[1])a step-growth (10[2])mechanism (10[16])characterized (10[14])by (10[2])the (10[3])Carothers (10[4])(“ker-OTHERS”) equation. (10[1]-5[1])One way to characterize these molecules is by calculating the ratio of the number-average molecular weight (10[2])to that of M0 (10[5])(“M-naught”). For (10[1])10 (-5[1])points, name these molecules (10[1])that consist (10[1])of long repeating (10[5])chains. (10[4])■END■ (10[23]0[4])